GenerateIdentitiesSample()
{
var sample = new QualifiedElement();
var expected = new[]
{
new IdentityElement(sample, ScopeCategories.Public, IdentityCategories.Namespace, "Hoge"),
new IdentityElement(sample, ScopeCategories.Public, IdentityCategories.Namespace, "Piyo")
};
yield return(sample, expected);
var storage = new PhysicalStorage(PathA);
var ns = new NameSpaceElement(storage);
sample = new QualifiedElement(ns);
expected = new[] { new IdentityElement(sample, "Foo"), new IdentityElement(sample, "Bar") };
yield return(sample, expected);
ns = new NameSpaceElement(ns);
sample = new QualifiedElement(ns);
expected = new[] { new IdentityElement(sample, "System"), new IdentityElement(sample, "Collections") };
yield return(sample, expected);
}
protected override IEnumerable <(IdentityElement sample, IDiscriminatedElement expected)> GenerateParentSample()
{
var expected = new QualifiedElement();
var sample = new IdentityElement(expected, ScopeCategories.Public, IdentityCategories.Class, "Hoge");
yield return(sample, expected);
}
protected override IEnumerable <(IQualified x, IQualified y, IQualified z)> GenerateEquivalentSample()
{
var x = new QualifiedElement();
var y = new QualifiedElement();
var z = new QualifiedElement();
_ = new IdentityElement(x, ScopeCategories.Public, IdentityCategories.Namespace, "Foo");
_ = new IdentityElement(y, ScopeCategories.Public, IdentityCategories.Namespace, "Foo");
_ = new IdentityElement(z, ScopeCategories.Public, IdentityCategories.Namespace, "Foo");
yield return(x, y, z);
x = new QualifiedElement(new NameSpaceElement(new PhysicalStorage(PathA)));
y = new QualifiedElement(new NameSpaceElement(new PhysicalStorage(PathB)));
z = new QualifiedElement(new NameSpaceElement(new PhysicalStorage(PathA)));
_ = new IdentityElement(x, "Hoge");
_ = new IdentityElement(y, "Hoge");
_ = new IdentityElement(z, "Hoge");
yield return(x, y, z);
_ = new IdentityElement(x, "Piyo");
_ = new IdentityElement(y, "Piyo");
_ = new IdentityElement(z, "Piyo");
yield return(x, y, z);
}
GenerateAggregateIdentitiesSample()
{
var sample = new NameSpaceElement();
var nme = new QualifiedElement(sample);
var expected = new Stack <(ScopeCategories, IdentityCategories category, string identity)>();
yield return(sample, expected);
_ = new IdentityElement(nme, "Hoge");
_ = new IdentityElement(nme, "Piyo");
expected.Push((ScopeCategories.Public, IdentityCategories.Namespace, "Piyo"));
expected.Push((ScopeCategories.Public, IdentityCategories.Namespace, "Hoge"));
yield return(sample, expected);
sample = new NameSpaceElement(sample);
nme = new QualifiedElement(sample);
_ = new IdentityElement(nme, "Foo");
_ = new IdentityElement(nme, "Bar");
expected.Count.Is(0);
expected.Push((ScopeCategories.Public, IdentityCategories.Namespace, "Bar"));
expected.Push((ScopeCategories.Public, IdentityCategories.Namespace, "Foo"));
yield return(sample, expected);
}
GenerateLogicallyTransitiveSample()
{
var storage = new PhysicalStorage(PathA);
var x = new NameSpaceElement(storage);
var q = new QualifiedElement(x);
_ = new IdentityElement(q, "Tokeiya3");
_ = new IdentityElement(q, "SharpSourceFinder");
var y = new NameSpaceElement(storage);
q = new QualifiedElement(y);
_ = new IdentityElement(q, "Tokeiya3");
_ = new IdentityElement(q, "SharpSourceFinder");
storage = new PhysicalStorage(PathB);
var z = new NameSpaceElement(storage);
q = new QualifiedElement(z);
_ = new IdentityElement(q, "Tokeiya3");
_ = new IdentityElement(q, "SharpSourceFinder");
yield return(x, y, z);
}
GenerateGetAncestorsSample()
{
var ns = new NameSpaceElement(new PhysicalStorage(PathA));
var q = new QualifiedElement(ns);
var sample = new IdentityElement(q, "Identity");
yield return(sample, new IDiscriminatedElement[] { q, ns });
GenerateQualifiedNameSample()
{
var sample = new NameSpaceElement(new PhysicalStorage(PathA));
var expected = new QualifiedElement(sample);
yield return(sample, expected);
_ = new IdentityElement(expected, "Foo");
_ = new IdentityElement(expected, "Bar");
yield return(sample, expected);
sample = new NameSpaceElement(sample);
expected = new QualifiedElement(sample);
_ = new IdentityElement(expected, "Hoge");
_ = new IdentityElement(expected, "Piyo");
expected = sample.GetQualifiedName();
expected.Identities.Count.Is(4);
foreach (var elem in expected.Identities)
{
elem.Category.Is(IdentityCategories.Namespace);
elem.From.Is(expected);
}
expected.Identities[0].Name.Is("Foo");
expected.Identities[1].Name.Is("Bar");
expected.Identities[2].Name.Is("Hoge");
expected.Identities[3].Name.Is("Piyo");
yield return(sample, expected);
}
expectedFrom)> GenerateSample()
{
var q = new QualifiedElement();
var sample = new IdentityElement(q, ScopeCategories.Public, IdentityCategories.Class, "Hoge");
yield return(sample, "Hoge", ScopeCategories.Public, IdentityCategories.Class, q);
}
static (QualifiedElement, IReadOnlyList <IdentityElement>) AttachName(IDiscriminatedElement element,
params string[] names)
{
var q = new QualifiedElement(element);
var id = names.Select(n => new IdentityElement(q, n)).ToArray();
return(q, id);
}
GenerateErrSample()
{
var sample = new NameSpaceElement(new PhysicalStorage(PathA));
var q = new QualifiedElement();
yield return(sample, q);
}
GeneratePhysicalStorageSample()
{
var storage = new PhysicalStorage(PathA);
var ns = new NameSpaceElement(storage);
var q = new QualifiedElement(ns);
var sample = new IdentityElement(q, "Name");
yield return(sample, storage);
}
protected override IEnumerable <(IdentityElement x, IdentityElement y)> GenerateLogicallyInEquivalentSample()
{
var qx = new QualifiedElement();
var x = new IdentityElement(qx, ScopeCategories.Public, IdentityCategories.Delegate, "Hoge");
var qy = new QualifiedElement();
var y = new IdentityElement(qy, ScopeCategories.Public, IdentityCategories.Class, "Hoge");
yield return(x, y);
}
static IQualified AttachName(IDiscriminatedElement target, params string[] name)
{
var q = new QualifiedElement(target);
foreach (var s in name)
{
_ = new IdentityElement(q, s);
}
return(q);
}
static QualifiedElement AttachName(IDiscriminatedElement target, params string[] names)
{
var ret = new QualifiedElement(target);
foreach (var name in names)
{
_ = new IdentityElement(ret, name);
}
return(ret);
}
static QualifiedElement AttachName(IDiscriminatedElement element, params string[] names)
{
var q = new QualifiedElement(element);
foreach (var name in names)
{
_ = new IdentityElement(q, name);
}
return(q);
}
protected override IEnumerable <(IdentityElement x, IdentityElement y)> GeneratePhysicallyInEqualitySample()
{
var ns = new NameSpaceElement(new PhysicalStorage(PathA));
var q = new QualifiedElement(ns);
var x = new IdentityElement(q, "Foo");
ns = new NameSpaceElement(new PhysicalStorage(PathB));
q = new QualifiedElement(ns);
var y = new IdentityElement(q, "Foo");
yield return(x, y);
}
static (QualifiedElement, IReadOnlyList <IdentityElement>) AttachName(IDiscriminatedElement element,
params string[] names)
{
var list = new List <IdentityElement>();
var ret = new QualifiedElement(element);
foreach (var name in names)
{
list.Add(new IdentityElement(ret, name));
}
return(ret, list);
}
GenerateLogicallyInEquivalentSample()
{
var storage = new PhysicalStorage(PathA);
var x = new NameSpaceElement(storage);
var q = new QualifiedElement(x);
_ = new IdentityElement(q, "Tokeiya3");
var y = new NameSpaceElement(storage);
_ = new IdentityElement(new QualifiedElement(y), "tokeiya3");
yield return(x, y);
}
GeneratePhysicallyTransitiveSample()
{
var ns = new NameSpaceElement(new PhysicalStorage(PathA));
var q = new QualifiedElement(ns);
var x = new IdentityElement(q, "Foo");
ns = new NameSpaceElement(new PhysicalStorage(PathA));
q = new QualifiedElement(ns);
var y = new IdentityElement(q, "Foo");
ns = new NameSpaceElement(new PhysicalStorage(PathA));
q = new QualifiedElement(ns);
var z = new IdentityElement(q, "Foo");
yield return(x, y, z);
}
GenerateLogicallyTransitiveSample()
{
var storage = new PhysicalStorage(PathA);
var ns = new NameSpaceElement(storage);
var qx = new QualifiedElement(ns);
var x = new IdentityElement(qx, "Hoge");
ns = new NameSpaceElement(new PhysicalStorage(PathB));
var qy = new QualifiedElement(ns);
var y = new IdentityElement(qy, "Hoge");
ns = new NameSpaceElement(new PhysicalStorage(PathB));
var qz = new QualifiedElement(ns);
var z = new IdentityElement(qz, "Hoge");
yield return(x, y, z);
}
protected override IEnumerable <(EnumElement sample, IQualified expected)> GenerateQualifiedNameSample()
{
var ns = new NameSpaceElement(new PhysicalStorage(PathA));
AttachName(ns, NameSpaceA);
var sample = new EnumElement(ns, ScopeCategories.Public);
AttachName(sample, "Sample");
var expected = new QualifiedElement();
_ = new IdentityElement(expected, ScopeCategories.Public, IdentityCategories.Namespace, NameSpaceA);
_ = new IdentityElement(expected, ScopeCategories.Public, IdentityCategories.Enum, "Sample");
yield return(sample, expected);
}
public void OrderedEquivalentTest()
{
var x = new QualifiedElement();
var y = new QualifiedElement();
_ = new IdentityElement(x, ScopeCategories.Public, IdentityCategories.Namespace, "Foo");
_ = new IdentityElement(y, ScopeCategories.Public, IdentityCategories.Namespace, "Foo");
_ = new IdentityElement(x, ScopeCategories.Public, IdentityCategories.Namespace, "Bar");
_ = new IdentityElement(y, ScopeCategories.Public, IdentityCategories.Namespace, "Hoge");
x.IsEquivalentTo(y, 1).IsTrue();
y.IsEquivalentTo(x, 1).IsTrue();
x.IsEquivalentTo(y, 2).IsFalse();
y.IsEquivalentTo(x, 2).IsFalse();
Assert.Throws <ArgumentOutOfRangeException>(() => x.IsEquivalentTo(y, 0));
}
GeneratePhysicallyInEqualitySample()
{
var x = new NameSpaceElement(new PhysicalStorage(PathA));
var q = new QualifiedElement(x);
_ = new IdentityElement(q, "Tokeiya3");
var y = new NameSpaceElement(new PhysicalStorage(PathA));
_ = new IdentityElement(new QualifiedElement(y), "tokeiya3");
yield return(x, y);
x = new NameSpaceElement(new PhysicalStorage(PathA));
_ = new IdentityElement(new QualifiedElement(x), "Tokeiya3");
y = new NameSpaceElement(new PhysicalStorage(PathB));
_ = new IdentityElement(new QualifiedElement(y), "Tokeiya3");
yield return(x, y);
}
protected override IEnumerable <(IIdentity x, IIdentity y)> GenerateInEquivalentSample()
{
var q = new QualifiedElement();
var x = new IdentityElement(q, ScopeCategories.Public, IdentityCategories.Namespace, "Hoge");
var y = new IdentityElement(q, ScopeCategories.Public, IdentityCategories.Namespace, "Hoge");
yield return(x, y);
x = new IdentityElement(new QualifiedElement(), ScopeCategories.Public, IdentityCategories.Namespace, "Hoge");
y = new IdentityElement(new QualifiedElement(), ScopeCategories.Public, IdentityCategories.Class, "Hoge");
yield return(x, y);
x = new IdentityElement(new QualifiedElement(), ScopeCategories.Public, IdentityCategories.Class, "Foo");
y = new IdentityElement(new QualifiedElement(), ScopeCategories.Public, IdentityCategories.Class, "Bar");
yield return(x, y);
x = new IdentityElement(new QualifiedElement(), ScopeCategories.Internal, IdentityCategories.Class, "Foo");
y = new IdentityElement(new QualifiedElement(), ScopeCategories.Public, IdentityCategories.Class, "Foo");
yield return(x, y);
}
protected override IEnumerable <(InterfaceElement sample, IQualified expected)> GenerateQualifiedNameSample()
{
IDiscriminatedElement parent = new NameSpaceElement(new PhysicalStorage(PathA));
AttachName(parent, "NameSpace");
parent = new ClassElement(parent, ScopeCategories.Public, false, false, false, false, false);
AttachName(parent, "Class");
var sample = new InterfaceElement(parent, ScopeCategories.Public, false, false);
AttachName(sample, "ISample");
var expected = new QualifiedElement();
_ = new IdentityElement(expected, ScopeCategories.Public, IdentityCategories.Namespace, "NameSpace");
_ = new IdentityElement(expected, ScopeCategories.Public, IdentityCategories.Class, "Class");
_ = new IdentityElement(expected, ScopeCategories.Public, IdentityCategories.Interface, "ISample");
yield return(sample, expected);
}
GenerateDescendantsSample()
{
var list = new List <IDiscriminatedElement>();
var ns = new NameSpaceElement(new PhysicalStorage(PathA));
AttachName(ns, NameSpaceA);
var sample = new InterfaceElement(ns, ScopeCategories.Public, false, false);
var q = new QualifiedElement(sample);
list.Add(q);
list.Add(new IdentityElement(q, "ISample"));
IDiscriminatedElement child =
new ClassElement(sample, ScopeCategories.Public, false, false, false, false, false);
q = new QualifiedElement(child);
list.Add(child);
list.Add(q);
list.Add(new IdentityElement(q, "InnerClass"));
child = new StructElement(sample, ScopeCategories.Public, false, false);
q = new QualifiedElement(child);
list.Add(child);
list.Add(q);
list.Add(new IdentityElement(q, "InnerStruct"));
yield return(sample, list);
child = new StructElement(child, ScopeCategories.Public, false, false);
q = new QualifiedElement(child);
list.Add(child);
list.Add(q);
list.Add(new IdentityElement(q, "InnerInner"));
yield return(sample, list);
}
protected override IEnumerable <(IQualified x, IQualified y)> GenerateInEquivalentSample()
{
var x = new QualifiedElement();
var y = new QualifiedElement();
_ = new IdentityElement(x, ScopeCategories.Public, IdentityCategories.Class, "Hoge");
_ = new IdentityElement(y, ScopeCategories.Public, IdentityCategories.Delegate, "Hoge");
yield return(x, y);
x = new QualifiedElement();
y = new QualifiedElement();
_ = new IdentityElement(x, ScopeCategories.Public, IdentityCategories.Namespace, "Hoge");
_ = new IdentityElement(y, ScopeCategories.Public, IdentityCategories.Namespace, "hoge");
yield return(x, y);
x = new QualifiedElement();
y = new QualifiedElement();
_ = new IdentityElement(x, ScopeCategories.Public, IdentityCategories.Class, "Hoge");
_ = new IdentityElement(y, ScopeCategories.Internal, IdentityCategories.Class, "Hoge");
yield return(x, y);
}
GenerateDescendantsSample()
{
var expected = new List <IDiscriminatedElement>();
var sample = new NameSpaceElement(new PhysicalStorage(PathA));
var name = new QualifiedElement(sample);
var elem = new IdentityElement(name, "Tokeiya3");
expected.Add(name);
expected.Add(elem);
var a = new NameSpaceElement(sample);
name = new QualifiedElement(a);
elem = new IdentityElement(name, "SharpSourceFinder");
expected.Add(a);
expected.Add(name);
expected.Add(elem);
yield return(sample, expected);
}
protected override IEnumerable <(IIdentity sample, int expected)> GenerateOrderSample()
{
var q = new QualifiedElement();
return(new (IIdentity sample, int expected)[]
